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Artificial intelligence is changing the way cybercriminals operate. Attacks that once required time, skill, and planning can now be created in minutes using AI tools. Fake emails, cloned voices, and false identities appear more genuine than before, making them harder for employees to detect.
The UAE is an attractive target for such attacks. The country has moved quickly toward digital services, online banking, and cloud-based systems. This growth brings convenience, but it also increases the number of ways criminals can reach a business.
AI has made it easier for attackers to send large volumes of fake messages, copy the writing style of a real person, and impersonate senior staff. According to the UAE Cybersecurity Council, phishing incidents rose by 32 % in the first quarter of 2026 alone, and AI-supported phishing now accounts for more than 90 % of all digital breaches in the country. A separate global study found that 21 % of UAE organisations experienced an AI-linked cyber incident in the past twelve months. These figures show that the threat is not distant. It is already affecting businesses across the region.
AI-powered scams are fraud attempts that use artificial intelligence tools to make fake messages, calls, images, or documents appear real. Instead of a poorly written email with obvious spelling mistakes, criminals can now generate a message that reads exactly like it came from a trusted bank, a government department, or a company director.
AI can also copy a person’s voice or create a video that looks like a real person speaking. This makes it far more difficult for an employee to tell the difference between a genuine request and a fraudulent one.
Several factors are driving the rise of these scams in the UAE:
Phishing emails created with AI are well written and often free of the grammar mistakes that used to give away a scam. They can be written in both English and Arabic and are designed to look like they come from banks, government bodies, or known business contacts. This makes them harder to identify and easier to trust.
Deepfake technology allows criminals to clone a person’s voice or create a fake video call. In one widely reported case, fraudsters used a cloned voice to impersonate a company director in the UAE and convinced a bank manager to transfer 35 million US dollars, as documented by Forbes.
This case remains one of the most significant examples of voice-based fraud and shows why deepfake impersonation is treated as a serious risk in the region today. Common forms of this scam include fake CEO requests, false finance approvals, fake emergency payment requests, executive impersonation, HR recruitment scams, and vendor verification scams.
In a Business Email Compromise scam, criminals use AI to write convincing supplier invoices or fake payment change requests. These messages copy the tone and format of normal business communication, so they can pass through an employee’s checks without raising suspicion.
Scammers also target digital identity systems by creating a sense of urgency. Employees may be pressured into approving unauthorised digital signatures or multi-factor authentication requests without checking whether the request is genuine.
A request for payment that does not match the usual process, amount, or approval chain should always be checked before any action is taken.
Scammers often create pressure by asking for quick approval. A genuine business request rarely demands an immediate transfer without proper verification.
QR codes from unfamiliar sources can lead to fake websites designed to steal login details or payment information.
Unexpected messages asking staff to confirm a login or reset a password may be an attempt to gain access to company accounts.
A voice note or call asking for sensitive data, even if it sounds like a known colleague or manager, should be confirmed through a separate channel.
Repeated authentication prompts that were not requested by the employee may indicate that someone is trying to access an account without permission.
Employees are usually the first line of defence against a scam. Regular security awareness training helps staff recognise phishing attempts, suspicious requests, and social engineering tactics.
Training should be updated often, since scam methods change quickly. Simple exercises, such as simulated phishing tests, can help measure how well staff respond. A well-trained team reduces the chance that a scam will succeed.
Modern email security tools use AI to detect unusual patterns in incoming messages, even when the content looks convincing. These tools can flag suspicious senders, altered domain names, and hidden links before an employee opens them. Unlike basic spam filters, advanced systems adapt over time as new scam methods appear. This reduces the number of harmful emails that reach an inbox.
Multi-factor authentication adds an extra step before granting access to an account, such as a code sent to a phone. Even if a password is stolen, this extra step can stop unauthorised access. It is one of the simplest and most effective controls a business can apply. Every important system, including email and financial platforms, should have this protection enabled.
Endpoint Detection and Response (EDR) tools monitor laptops, phones, and other devices connected to a company network. They look for unusual activity, such as a program trying to access files it should not. If a threat is found, the system can isolate the affected device before the problem spreads. This gives IT teams more time to respond to an incident.
A Security Operations Centre provides round-the-clock monitoring of a company’s systems and networks. Trained analysts review alerts and respond to threats as they happen, rather than after damage has already occurred. This constant oversight is especially important given how quickly AI-driven attacks can unfold. For many businesses, outsourcing this function to a specialised provider is more practical than building an in-house team.
Vulnerability assessments identify weak points in a company’s systems before criminals can exploit them. Penetration testing goes a step further by simulating a real attack to see how well existing defences hold up. Both should be carried out on a regular schedule, not just once. The VAPT helps a business stay ahead of new methods used by attackers.
Just as criminals use AI to create scams, businesses can use AI to detect them. These systems can analyse large volumes of data quickly and identify patterns that a human might miss. They are particularly useful for spotting deepfake audio, unusual login behaviour, or fraudulent transaction patterns. Combining AI-powered detection with human oversight offers the strongest level of protection.
Older security tools were built to catch fraud methods that followed predictable patterns, such as poorly written emails or known malicious links. AI-generated scams do not follow these patterns, which means many older tools fail to detect them.
| Traditional Security Tools | Modern Security Tools |
|---|---|
| Rely on known fraud patterns and fixed rules | Use AI to detect new and evolving threats |
| Limited ability to catch well-written phishing emails | Can identify subtle language and behaviour patterns |
| Cannot detect deepfake audio or video | Include tools built to flag deepfake content |
| Periodic scans and updates | Continuous, real-time monitoring |
| Reactive approach, addressing issues after they occur | Proactive approach, aiming to stop threats before damage occurs |
Professional providers monitor systems at all times, which allows threats to be identified as soon as they appear rather than after damage is done.
Experienced teams use advanced tools to identify AI-driven threats, including phishing attempts and deepfake content, that in-house staff may not be equipped to catch.
When an attack does occur, a fast and structured response can limit financial loss and reduce downtime. Professional teams have set procedures in place for this.
Regular assessments highlight weaknesses in a company’s systems before criminals can take advantage of them, allowing issues to be corrected early.
Professional cybersecurity providers help businesses meet local and international data protection requirements, reducing the risk of penalties or legal issues.
A strong cybersecurity partner helps ensure that operations can continue with minimal disruption, even if an attack is attempted.
Artificial intelligence is changing the shape of cybercrime in the UAE. Attacks that were once easy to spot are now convincing enough to fool experienced employees. Every business in the country, regardless of its size, is a potential target, since criminals no longer need to focus only on large organisations to succeed.
Investing in proactive cybersecurity measures, such as employee training, continuous monitoring, and AI-powered threat detection, is far more cost-effective than dealing with the aftermath of a successful attack. As AI-driven scams continue to grow more advanced, working with a professional cybersecurity partner gives businesses the structured protection and rapid response needed to stay secure.